In 10% to 15% of cases, there is no clear cause of CP. There is increasing recognition that genetics plays a part, but no standardized approach to genetic testing in patients with CP exists. In this study we asked the question whether both people with and without known risk factors for CP should have genetic testing.
Our research shows that higher Bone Mineral Density (BMD) was associated with a greater risk of fracture, which is opposite of what we would expect. When we picked apart the BMD ratio we found that bone size had the strongest association with fracture risk, such that smaller bones had a greater risk.
Mobility technology can enhance the lives of young children with disabilities in ways parents often never consider. Learn about how it can help your child beyond getting from point A to point B!
This comprehensive review of the research evidence surrounding supportive stepping for individuals, GMFCS IV and V, provides helpful information for families to make practical decisions about for whom, when, and how long to use a supported stepping device (also known as gait trainers).
This comprehensive review of the research evidence surrounding supportive standing for individuals, GMFCS IV and V, provides helpful information for families to make practical decisions about for whom, when, and how long to use a standing device.
Author summary on stakeholder perspectives of pediatric powered wheelchair standing devices.
NCART Standing Device Funding Guide contains all the information needed to choose, measure, and write a letter of medical necessity for a standing device.
Supportive Standing Devices, also known as Standers, are frequently recommended equipment for individuals who are primarily wheelchair users. There are lots of different types of standers which can support a range of different physical and activity needs. Learn more about them here!
Standing devices and standing wheelchair devices are frequently prescribed and often denied equipment options for individuals with cerebral palsy. The attached paper provides evidence and guidance to help appeal to insurers for this equipment.
Complex Rehabilitation Technology serves to enhance the lives of individuals who utilize it with the goals of maximizing health, wellbeing, participation and independence.
RESNA (Rehab Engineering and Assistive Technology Society of North America) is a great place to find highly qualified rehab and assistive technology professionals in your area. They also have provided their research to help providers and the families they serve make decisions about powered mobility for young children.
Jen Lyman provides a parent perspective on powered wheelchair standing devices as it relates to Dr. Lisa Kenyon's research article.
Powered mobility can offer users young and old a level of freedom and independence that may not be achieved through manual wheelchairs or other mobility devices.
Powered mobility has the ability to do so much more than help an individual get from point a to point b. Check out this episode of Cerebral Palsy Health with researcher Lisa Kenyon, PT, DPT, PhD to learn more.
Early powered mobility has been shown to improve cognition in children with multiple, complex disabilities.
Good nutrition is critical for your child's healthy brain development. It's not uncommon for families to struggle getting enough food to eat. If you feel like you haven't had enough food to feed your whole family in the last month, please talk to someone. This is a common problem.
Now you can receive a no-cost genetic test for you or your child sent directly to your home.
Cohort-based whole exome and whole genome sequencing and copy number variant (CNV) studies have identified genetic etiologies for a sizable proportion of patients with cerebral palsy (CP). These findings indicate that genetic mutations collectively comprise an important cause of CP.
Access2CRT is here to empower advocates with the information and resources needed to promote and protect access to Complex Rehab Technology (CRT) access for people with disabilities and Cerebral Palsy.
We rely on assistive technology for everything from holding utensils better to using a complex communication device. Makers Making Change is helping to create both custom and affordable assistive tech for all abilities and needs.
LittleWins harnesses the power of community to empower people with disabilities with the tools they need to thrive! From buying, selling, and donating medical equipment and supplies, to obtaining needed information and connecting with others – LittleWins is the one-stop community resource for families, parents, caregivers, in-home nurses, and all people with disabilities.
Can there be a genetic cause of Cerebral Palsy in some cases? Let's Talk CP host, Cynthia Frisina talks with Dr. Michael Kruer about this topic and his ground-breaking research in Part 2 of a two-part discussion about the possible genetic causes of CP. When Michael Kruer was in medical school, he knew he wanted to work with children. With advancements in gene therapy opening up incredible opportunities in neuroscience, he realized he could be a part of something much bigger than himself and give children affected by movement disorders like cerebral palsy hope that didn’t seem possible just a few years ago.
A parent's perspective as she recalls the moment she realized that a wheelchair meant freedom for her son and not a barrier to his progress.
If you're interested in learning more about what is involved with genetic testing and how a visit with a genetic counselor might be helpful, join Cynthia Frisina, the host of Let's Talk CP, as she dives deep with licensed genetic counselor, Danielle Lemke and they talk about what genetic counseling really is, how it can help and what it might be used for as it relates to potential genetic causes of cerebral palsy.
Can there be a genetic cause of Cerebral Palsy in some cases? Let's Talk CP host, Cynthia Frisina talks with Dr. Michael Kruer about this topic and his ground-breaking research in Part 1 of a two-part discussion about the possible genetic causes of CP. When Michael Kruer was in medical school, he knew he wanted to work with children. With advancements in gene therapy opening up incredible opportunities in neuroscience, he realized he could be a part of something much bigger than himself and give children affected by movement disorders like cerebral palsy hope that didn’t seem possible just a few years ago.